H Beam Automatic Submerged Arc Welding Machine | Large-scale manufacturing/construction | Submerged Arc Welding (SAW) Process ▲▲▲ (30% faster than MIG) Welding Speed: 3.5 m/min (ISO 17622 compliant) Precision: ±0.1mm (ASTM E288 certified) CE Certified Gantry Design ▲▲ (Supports 10m+ workpiece lengths) | Highest productivity for heavy structures Consistent quality via automation Handles large H-beam frameworks | High initial cost Requires skilled setup Less mobile for on-site use |
Manual Welding Machine | Small workshops/repair work | Manual Operation (No automation) Welding Speed: 0.8 m/min (Manual skill-dependent) Precision: ±1.5mm (Operator skill variance) Low Cost | Affordable entry point Portable for small jobs Flexible for custom tasks | Slow production High labor costs Variable quality |
Semi-Automatic Welding Machine | Medium-scale production (e.g., automotive) | Semi-Automation ▲ (Operator guides the process) Welding Speed: 1.8 m/min (ISO 14383 compliant) Precision: ±0.5mm (Moderate consistency) Compact Design | Cost-effective automation Balances speed and control Mid-range versatility | Limited to smaller structures Still requires skilled operators Lower throughput than fully automated systems |
Robotic Welding System (Gantry Type) | High-volume manufacturing (aerospace/automotive) | Fully Automated ▲▲▲ (Programmable paths) Welding Speed: 4.2 m/min (ISO 17622 compliant) Precision: ±0.05mm (ASTM E288) Customizable Work Envelope ▲▲ (Adjustable gantry dimensions) | Highest productivity Extreme precision for critical parts Reduces labor costs | Very high capital investment Complex setup/maintenance Not suitable for small-scale jobs |
MIG Welding Machine | General fabrication/automotive repair | Gas Metal Arc Welding (GMAW) Process Welding Speed: 2.6 m/min (ISO 14175 compliant) Versatile Material Compatibility ▲▲ (Aluminum, steel, etc.) Moderate Cost | Mid-range cost Works on multiple materials Good for medium-scale production | Slower than SAW Requires gas supply Less precise for heavy structures |
TIG Welding Machine | Precision work (aerospace/artistic) | Tungsten Inert Gas (TIG) Process ▲ (Extremely clean welds) Welding Speed: 0.5 m/min (Manual control) Precision: ±0.2mm (High-quality joints) No Spatter ▲▲ | Cleanest welds for thin materials No spatter for aesthetic applications High-quality joints | Slowest process Requires high operator skill Expensive for large-scale use |